Mechanisms of unexpected death in tuberous sclerosis

RW Byard, RA James, PC Blumbergs - Journal of forensic sciences, 2003 - astm.org
RW Byard, RA James, PC Blumbergs
Journal of forensic sciences, 2003astm.org
Tuberous sclerosis complex is a protean autosomal dominant disorder characterized by
multifocal tissue lesions arising from defects in cellular migration, proliferation, and
differentiation. It has an association with sudden death. In the current study, review of all
cases of sudden death due to tuberous sclerosis was undertaken at the Forensic Science
Centre in Adelaide, Australia from 1991 to 2001, in addition to an analysis of cases from the
literature. There were two local cases where unexpected death had occurred in individuals …
Tuberous sclerosis complex is a protean autosomal dominant disorder characterized by multifocal tissue lesions arising from defects in cellular migration, proliferation, and differentiation. It has an association with sudden death. In the current study, review of all cases of sudden death due to tuberous sclerosis was undertaken at the Forensic Science Centre in Adelaide, Australia from 1991 to 2001, in addition to an analysis of cases from the literature. There were two local cases where unexpected death had occurred in individuals with known tuberous sclerosis, involving a 31-year-old male (epilepsy), and a 24-year-old female (massive hemorrhage into a renal angiomyolipoma). Fatal mechanisms in cases of tuberous sclerosis may be associated with underlying cardiovascular, renal and cerebral abnormalities. Sudden death may be due to cardiac arrhythmia, epilepsy, and intra-tumoral hemorrhage with additional complications including cardiac outflow obstruction, obstructive hydrocephalus, aneurysm rupture, and spontaneous pneumothorax. An awareness of the highly variable tissue manifestations of tuberous sclerosis and the mechanisms that may be responsible for death is necessary to establish correctly the diagnosis in occult cases (possibly with molecular confirmation), and to chart accurately organ changes in individuals with established disease.
astm.org